Dear all,
I am in the editorial board of this new journal, which being part of the
Advanced X series of Wiley (e.g. Advanced Functional Materials) promises to
be high-impact. Keep it in mind when we decide where to send our quantum
papers.
I BCC some of my colleagues at Google, FYI
Alan
Alán Aspuru-Guzik | Professor of Chemistry and Chemical Biology
Harvard University | 12 Oxford Street, Room M138 | Cambridge, MA 02138
(617)-384-8188 | http://aspuru.chem.harvard.edu | http://about.me/aspuru
---------- Forwarded message ----------
From: Hildebrandt, Stefan - Berlin <shildebr(a)wiley.com>
Date: Tue, Nov 14, 2017 at 12:35 PM
Subject: Welcome to QUTE - Advanced Quantum Technologies
To: "javier.garciadeabajo(a)icfo.es" <javier.garciadeabajo(a)icfo.es>, "
W.K.Hensinger(a)sussex.ac.uk" <W.K.Hensinger(a)sussex.ac.uk>, "
daniel.loss(a)unibas.ch" <daniel.loss(a)unibas.ch>, "zfang(a)iphy.ac.cn" <
zfang(a)iphy.ac.cn>, "jfjia(a)sjtu.edu.cn" <jfjia(a)sjtu.edu.cn>, "
yjiang(a)pku.edu.cn" <yjiang(a)pku.edu.cn>, "cylu(a)ustc.edu.cn" <cylu(a)ustc.edu.cn>,
"dptsai(a)sinica.edu.tw" <dptsai(a)sinica.edu.tw>, "qkxue(a)tsinghua.edu.cn" <
qkxue(a)tsinghua.edu.cn>, "alan(a)aspuru.com" <alan(a)aspuru.com>, "
beenakker(a)lorentz.leidenuniv.nl" <beenakker(a)lorentz.leidenuniv.nl>, "
sven.hoefling(a)physik.uni-wuerzburg.de" <
sven.hoefling(a)physik.uni-wuerzburg.de>, "lloydch(a)unimelb.edu.au" <
lloydch(a)unimelb.edu.au>, "Jeremy.OBrien(a)bristol.ac.uk" <
Jeremy.OBrien(a)bristol.ac.uk>, "andrew.shields(a)crl.toshiba.co.uk" <
andrew.shields(a)crl.toshiba.co.uk>, "alexander.szameit(a)uni-rostock.de" <
alexander.szameit(a)uni-rostock.de>, "takesue.hiroki(a)lab.ntt.co.jp" <
takesue.hiroki(a)lab.ntt.co.jp>, "markus.reiher(a)phys.chem.ethz.ch" <
markus.reiher(a)phys.chem.ethz.ch>, "amchilds(a)umd.edu" <amchilds(a)umd.edu>, "
cristiano.ciuti(a)univ-paris-diderot.fr" <
cristiano.ciuti(a)univ-paris-diderot.fr>, "dcory(a)uwaterloo.ca" <
dcory(a)uwaterloo.ca>, "daniel.esteve(a)cea.fr" <daniel.esteve(a)cea.fr>, "
jj.garcia.ripoll(a)csic.es" <jj.garcia.ripoll(a)csic.es>, "hklo(a)comm.utoronto.ca"
<hklo(a)comm.utoronto.ca>, "renner(a)itp.phys.ethz.ch" <renner(a)itp.phys.ethz.ch>,
"balatsky(a)hotmail.com" <balatsky(a)hotmail.com>, "geza.giedke(a)dipc.org" <
geza.giedke(a)dipc.org>, "wolfgang.wernsdorfer(a)kit.edu" <
wolfgang.wernsdorfer(a)kit.edu>, "mario.agio(a)uni-siegen.de" <
mario.agio(a)uni-siegen.de>, "richard.berkovits(a)biu.ac.il" <
richard.berkovits(a)biu.ac.il>, "rainer.blatt(a)uibk.ac.at" <
rainer.blatt(a)uibk.ac.at>, "dagmar.bruss(a)uni-duesseldorf.de" <
dagmar.bruss(a)uni-duesseldorf.de>, "tommaso.calarco(a)uni-ulm.de" <
tommaso.calarco(a)uni-ulm.de>, "chowmj(a)us.ibm.com" <chowmj(a)us.ibm.com>, "
ignacio.cirac(a)mpq.mpg.de" <ignacio.cirac(a)mpq.mpg.de>, "
fedor.jelezko(a)uni-ulm.de" <fedor.jelezko(a)uni-ulm.de>, "
martinro(a)microsoft.com" <martinro(a)microsoft.com>, "hhwang(a)zju.edu.cn" <
hhwang(a)zju.edu.cn>, "xmxie(a)mail.sim.ac.cn" <xmxie(a)mail.sim.ac.cn>, "Zoller,
Peter <Peter.Zoller(a)uibk.ac.at> (Peter.Zoller(a)uibk.ac.at)" <
Peter.Zoller(a)uibk.ac.at>
Cc: Advanced Quantum Technologies <advquantumtech(a)wiley.com>, "Cavalleri,
Matteo - Hoboken" <mcavalleri(a)wiley.com>, "Stournara, Maria - Berlin" <
mstournara(a)wiley.com>, "Wang, Huan - Beijing" <hwang2(a)wiley.com>, "Paff,
Katja - Berlin" <kpaff(a)wiley.com>
Dear Editorial Advisory Board members,
First of all, a warm welcome to you all, and thank you very much again for
joining our Board. It currently comprises the proud number of 40
international members. You should now all be mentioned at
http://onlinelibrary.wiley.com/journal/10.1002/(ISSN)
2511-9044/homepage/2820_edbd.html. (Please check if the listed information
is complete and let us know if you require any changes.)
To reiterate what we have formulated as journal scope:
*Advanced Quantum Technologies* is an international, interdisciplinary
journal for peer-reviewed, high-quality, high-impact theoretical and
experimental research in the fields of basic and application-related
quantum-based communication, computation, control, engineering,
information, metrology, optics, sensing and simulation, as well as related
areas such as nanophotonics, quasiparticle excitations, topological
materials, superconductors, micro- and nano-electromechanical systems,
ultracold atoms and others.
Core information on Advanced Quantum Technologies may be found on our news
portal Advanced Science News at http://www.advancedsciencenews.com/
advanced-quantum-technologies, including an extensive* keyword list* at the
bottom of the page, in which some of your recent suggestions have also been
included. (Obviously further refinements or extensions of this information
are possible.) Feel free to forward this link to your colleagues and
collaborators.
The journal homepage is http://www.advquantumtech.com. It is open for
submission at http://www.editorialmanager.com/advquantumtech - the first
few manuscripts have been received. The Editorial Office can be contacted
by e-mail at advquantumtech(a)wiley.com. Our editorial team comprises Matteo
Cavalleri, Hoboken; Maria E. Stournara, Berlin; Huan Wang, Beijing and
myself as Editor-in-Chief.
We would like to bring the new journal on track as soon as possible and
therefore hope for your support. Please spread the news about QUTE in your
community and region. Ideally we would appreciate if you and/or your
collaborators/colleagues could submit a paper within the next ~3 months – a
regular research paper (Communication, Full Paper) or a proposal for an
overview article (e.g. Review or Progress Report). Please also provide
further suggestions for potential authors and topics that should be covered
in the journal.
At the symposium on “The Second Quantum Revolution” last week in Berlin I
was asked to describe the aim of the new publication within one sentence,
especially for those communities that are not so familiar with the Advanced
journal concept. Perhaps a few bullet points should do: *high quality –
topical relevance – high visibility* – which should ultimately also
generate good citation levels. While we will adopt a strict and
professional peer review process with expert assessments we do not strive
for breakthrough work only – this might be quite inappropriate for a
journal that has not even launched yet. So QUTE should also be open for
specialized and interesting technical work, both basic and applied, theory
and experiment, as long as the results are unpublished and new. In that
sense we are looking forward to your and many other contributions to
Advanced Quantum Technologies!
Best regards, Stefan and team
*Dr. Stefan Hildebrandt*
Editor-in-Chief
AdP – Annalen der Physik, QUTE - Advanced Quantum Technologies, pss –
physica status solidi, Solar RRL
Global Research
Wiley-VCH Verlag GmbH & Co. KGaA
Rotherstrasse 21
10245 Berlin
<https://maps.google.com/?q=Rotherstrasse+21%0D+%0D+10245+Berlin%0D+Germany&…>
Germany
<https://maps.google.com/?q=Rotherstrasse+21%0D+%0D+10245+Berlin%0D+Germany&…>
www.ann-phys.org, www.advquantumtech.com, www.pss-journals.com,
www.pss-rapid.com, www.solar-rrl.com
T +49 (0) 30 47 031 330
F +49 (0) 30 47 031 334
shildebr(a)wiley.com
[image: Beschreibung: Beschreibung: Beschreibung: Beschreibung:
Beschreibung: cid:image002.jpg@01CD4FCD.E7153870]
[image: Cover image for Advanced Quantum Technologies]
*QUTE** (Advanced Quantum Technologies) now open for **submissions*
<http://www.editorialmanager.com/advquantumtech>
Everyone,
There is a lot going on right now and it's vital for us to know both when
people are out of the office and when they'll return. Please,* please*,
enter all travel-personal or work-related into the *Group Travel Calendar. *
Email me directly if you do not have access to the Group Travel Calendar
(it's not the same as the Group Calendar) and I'll be sure to grant you
access.
Best,
Siria
--
*Siria Serrano*
*Faculty Assistant*
*Aspuru-Guzik Group*
*Harvard University **Department of Chemistry and Chemical Biology*
*12 Oxford St. M 136*
*Cambridge, MA 02138*
*P:** (617) 496-1716 <%28617%29%20496-1716>** F: **617-496-9411
<617-496-9411>*
Dear All,
Prof. Oliver Benson of Humboldt University will be our OQE Seminar speaker
on December 6 at MIT. He will be at Harvard December 5th and spend the
morning of Dec. 7th back at MIT. If you would like to meet with him, please
sign up here
<https://docs.google.com/spreadsheets/d/1d_-tozadaroX6a5k3YI711fS_M8t5jKFGQr…>
?
Best regards,
Dirk
On Tue, Nov 14, 2017 at 11:38 AM Janice L Balzer <balzer(a)mit.edu> wrote:
>
>
> [image: image001.png]
>
>
>
> Prof. Oliver Benson
>
>
>
> Humboldt University, Berlin
>
> Seminar: Hybrid Quantum Technology Based on Quantum Emitters in Condensed
> Phase
>
>
>
>
>
>
>
> Wednesday, December 6, 2017
>
> 11:00 AM
>
> Haus Room, 36-428
>
> Hosted by Dirk Englund
>
>
>
> Abstract: A quantum hybrid system can be defined as consisting of two
> dissimilar physical systems that share a joint quantum state. Aside from
> being a fundamentally interesting object, several applications such as
> quantum information processing (quantum computers, quantum repeaters) or
> quantum sensing have been suggested. Bringing two dissimilar systems in a
> joint quantum state can be established by entangling them with photons or
> surface plasmon polaritons (SPPs) followed by joint measurements.
>
> Here we provide an overview of different approaches in these directions
> pursued in our labs. We introduce different kinds of quantum emitters
> (quantum dots, defect centers in diamond, molecules) as stationary quantum
> systems. Photon sources as part of a quantum hybrid architecture [1,2] can
> provide the ‘glue’ for such dissimilar quantum systems.
>
> We report on our recent results on non-linear photon conversion to the
> telecom band [3], photon collection from single emitters [4], and quantum
> logic elements using SPPs [5]. Future directions towards a higher level
> of integration will be discussed.
>
>
>
> [1] “Assembly of hybrid photonic architectures from nanophotonic
> constituents“, O. Benson, *Nature* 480, 193-199 (2011).
>
> [2] “Bright source of indistinguishable photons based on cavity-enhanced
> parametric down-conversion utilizing the cluster effect”, A. Ahlrichs, O.
> Benson, *APL* 108, 021111 (2016).
>
> [3] “Heralded wave packet manipulation and storage of a
> frequency-converted pair photon at telecom wavelength”, T. Kroh, A.
> Ahlrichs, B. Sprenger and O. Benson, *Quant. Sci. Techn.* 2, 034007
> (2017).
>
> [4] “Wiring up pre-characterized single-photon emitters by laser
> lithography“, Q. Shi, B. Sontheimer, N. Nikolay, A.W. Schell, J. Fischer,
> A. Naber, O. Benson, M. Wegener, *Sci. Rep.* 6, 31135, (2016).
>
> [5] “Design and numerical optimization of an easy-to-fabricate
> photon-to-plasmon coupler for quantum plasmonics“, G. Kewes, A.W. Schell,
> R. Henze, R.S. Schönfeld, S. Burger, K. Busch, and O. Benson, *Appl.
> Phys. Lett. *102, 051104 (2013).
>
>
>
> For a full listing of this semester’s colloquia or to subscribe to the
> mailing list, please visit www.rle.mit.edu/oqesem
>
>
>
>
>
>
>
--
Dirk R. Englund
Associate Professor of Electrical Engineering and Computer Science
Massachusetts Institute of Technology
77 Massachusetts Avenue, Room 36-591
englund(a)mit.edu; (617) 324-7014; http://qplab.mit.edu
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Beth Ruskai will be giving a seminar on Monday, Nov. 21 at 4pm.
Details follow.
--------
Speaker: Mary Beth Ruskai
Title: Using local additivity to find examples of
superadditivity of quantum channels.
Room: 6C-442, MIT.
Time: 4pm, Monday November 21.
Abstract: The local additivity of minimal output entropy
can be extended to local additivity of maximal
relative entropy with respect to a fixed
reference state. This can be exploited to test
channels for superadditivity of Holevo capacity
with numerical effort comparable to searching for the
minimal output entropy. Local maxima which do not
arise from product inputs play a key role. Moreover,
evidence of superadditivity can be found even if
the additivity violation itself is too small to be
seen numerically.
This talk will be divided into two parts. First we
sketch the Gour-Friedland proof of local additivity
with several significant simplifications.
Second, we describe a program to test 3-state qubit
channels for superadditivity of the Holevo capacity.
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Beth Ruskai will be giving a seminar on Monday, Nov. 21 at 4pm.
Details follow.
--------
Speaker: Mary Beth Ruskai
Room: 6C-442 at MIT.
Title: Using local additivity to find examples of
superadditivity of quantum channels.
Abstract: The local additivity of minimal output entropy
can be extended to local additivity of maximal
relative entropy with respect to a fixed
reference state. This can be exploited to test
channels for superadditivity of Holevo capacity
with numerical effort comparable to searching for the
minimal output entropy. Local maxima which do not
arise from product inputs play a key role. Moreover,
evidence of superadditivity can be found even if
the additivity violation itself is too small to be
seen numerically.
This talk will be divided into two parts. First we
sketch the Gour-Friedland proof of local additivity
with several significant simplifications.
Second, we describe a program to test 3-state qubit
channels for superadditivity of the Holevo capacity.
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
ITAMP Lunch Seminar
Speaker: Michal Tomza, (Warsaw University)
Date: Thursday, November 16th
Time: 12:00-1:00 pm
Includes Pizza.
Title: Quantum-chemical approach to few-body quantum systems
Abstract: In the first part I will present the application of the
quantum-chemical coupled-cluster method to study the properties of a
balanced two-component Fermi gas in a one-dimensional harmonic trap.
For few fermions we recover the results of exact diagonalization, yet
with this method we are able to study much larger systems. We compute
the energy, the chemical potential, the pairing gap, and the density
profile of the trapped clouds, smoothly mapping the crossover between
the few-body and many-body limits. The energy is found to converge
surprisingly rapidly to the many-body result for every value of the
interaction strength. Many more particles are instead needed to give
rise to the nonanalytic behavior of the pairing gap, and to smoothen
the pronounced even-odd oscillations of the chemical potential induced
by the shell structure of the trap
In the second part I will present our investigations of two
interacting ultracold polar molecules described as distinguishable
quantum rigid rotors effectively trapped in a one-dimensional harmonic
potential.
The molecules interact via a multichannel two-body contact potential
incorporating the short-range anisotropy of intermolecular
interactions. The impact of external electric and magnetic fields
resulting in Stark and Zeeman shifts of molecular rovibrational states
is also included. The importance and interplay of the molecular
rotational structure, anisotropic interactions, spin-rotation
coupling, electric and magnetic fields, and harmonic trapping
potential are examined in detail and compared to the system of two
harmonically trapped distinguishable atoms. Presented model and
results may provide microscopic parameters for molecular many-body
Hamiltonians and may be useful for the development of bottom-up
molecule-by-molecule assembled molecular quantum simulators.
Location: B-106 @ Center for Astrophysics (60 Garden Street)
Directions: After entering the lobby of the CfA, turn right to enter the hallway of the B building. In the hallway, turn right again, B-106 will be at the end of the hallway on the left side.
Hi everyone,
This is a reminder that Prof. Klaus Robert Müller will be visiting the
group tomorrow. He will give a talk at 11am, please see details below. We
also have one meeting time with him at 9am in New Siberia for all group
members that are interested in meeting with him.
Jennifer
-------------------------------------------------------------
Klaus-Robert Müller
TU Berlin, Korea University, MPII
Nov. 15, 11 - 12pm
Maxwell Dworkin 119
The talk starts by gently introducing selected machine learning (ML)
concepts useful for analysing data from atomistic simulations, namely
kernel methods and deep learning. Based on this and if time permits, two
applications of ML usage are presented (1) ML for predicting quantum
mechanical properties across chemical compound space and (2) ML for
molecular dynamics. Finally, the importance of understanding of ML models
obtained from training on data of atomistic simulations is stressed.
This event has been canceled.
[Perovskite-seminars] Excitonics/Perovskite Seminar, Friday, Nov 17 at 12 noon
When: Fri Nov 17, 2017 12:00 PM - 1:00 PM Eastern Standard Time
Where: 34-401B
Organizer: <zheliu(a)exchange.mit.edu>